Question

Which explains how wind causes downwelling in the oceans?

A.


Wind systems diverge at a coastline, moving warm surface water away from the coastline. The water piles up and sinks.









B.

Wind systems diverge at a coastline moving warm surface water toward the coastline. The water piles up and sinks.








C.

Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks.








D.


Wind systems converge at a coastline, moving warm surface water away from the coastline. The water piles up and sinks.

Answer 1

C. Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks

Step-by-step explanation:

C. Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks

Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks. This is because when wind systems converge at a coastline, they push the warm surface water towards the coastline. This causes the warm surface water to pile up and sink, resulting in downwelling in the oceans.